2D axisymmetric and 3D CFD simulations of flow over the benchmark DARPA SUBOFF submarine model

This is the outline of today's webinar.

First, I will be giving an introductory section where I'll be discussing the various kinds of underwater vehicles, their classifications, and briefly explaining the methods of hydrodynamic modeling of these underwater vehicles.

Next, in the motivation section, I'll be discussing how CFD is used by designers in the initial stages of vehicle development and its drawbacks.

Moving on to the research problem section, I'll be introducing the 2D axis symmetric method and explaining what it is.

In the methodology technology section, I will explain in detail the various tests that were conducted using the 2D axis symmetric simulation.

Finally, we will discuss the research findings and score for future research work. Before moving ahead, I would like to thank all those who have helped me in successfully carrying out this research work.

It is important for listeners attending this webinar to be familiar with the fundamentals of Computational Fluid Dynamics, such as the governing equations, continuity equation, momentum equation, different schemes like implicit scheme, explicit scheme, forward differentiation method, backward differentiation method, center differentiation method, and different types of Turbulent model like cap ε K omega.